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Protein Overview: gi|109478992

General Information:
Name(s) found: gi|109478992 [NCBI NR]
Description(s) found:
Found 3 descriptions.
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  • gi|109478992|ref|XP_001065439.1| PREDICTED: similar to baculoviral IAP repeat-containing 6 [Rattus norvegicus] [NCBI NR]
    • Organism: Rattus norvegicus
    Length: 5017 amino acids

    Gene Ontology:
    Cellular Component: NONE FOUND
    Biological Process: NONE FOUND
    Molecular Function: NONE FOUND


    Sequence:
    Sequence:
    [PDR BLAST]
    [ProtParam] 
          1          11         21         31         41         51         
      |          |          |          |          |          |          
    1 MQNHTQEETG TLRTQGWLEQ QRVARANPTA HASRPEFSAP PPLSSEARLL DPGSPSAHVH  60
   61 QARSRPRPAS SVLSGVPYQL PSALDRSALP RMLRPLGSCP SFGAALFPLP RQPRSSLGLA 120
  121 GPAGDVPCAC RRLTSLPANA LRFAPWPRMV TGCGAAPPGT VTEPLPSVIV LSAGRKMAAA 180
  181 AAEASGPSCS SAAAAAGAGA AGVSEWLVLR DGCMRCDADG LHSLSYHPAL NAILAVTSRG 240
  241 TIKVIDGTSG ATLQASALSA KPGGQVKCQY ISAVDKVIFV DDYAVGCRKD LNGILLLDTA 300
  301 LQTPVSKQDD VVQLELPVTE AQQLLSACVE KIDVSSTEGY DLFITQLKDG LKNTSHETAA 360
  361 NHKVAKWATV TFHLPHHVLK SIASAIVNEL KKINQNVAAL PVASSVMDRL SYLLPSARPE 420
  421 LGVGPGRSVD RALMYSEANR RETFTSWPHV GYRWAQPDPM AQAGFYHQPA SSGDDRAMCF 480
  481 TCSVCLVCWE PTDEPWSEHE RHSPNCPFVK GEHTQNVPLS VTLATSPAQL PSADGADRIS 540
  541 CFGSGSCPQF LAAATKRGKI CIWDVSKLMK VHLKFEINAY DPVIVQQLIL SGDPSSGVDS 600
  601 RRPTLAWLED SSSCSDIPKL EGDSDDLLED SDSEEHSRSD SVTGHTSQKE AMEVSLDITA 660
  661 LSILQQPEKL QWEIVANVLE DTVKDLEELG ANPCLTNSKS EKTKEKHQEQ HNIPFPCLLA 720
  721 GGLLTYKSPA TSPISSNSHR SLDGLSRTQG ESISEQGSTD NESCTNSELN SPLVRRTLPV 780
  781 LLLYSIKESD EKAGKIFSQM NNIMSKSLHD DGFTVPQIIE MELDNQEQLL LQDPPVTYIQ 840
  841 QFADAAASLT SPDSEKWNSV FPKPGTLVQC LRLPKFAEEE TLCIDSITPC ADGVHLLVGL 900
  901 RTCSVESLSA INQVEALNNL NKLNSALCNR RKGDLESNLA VVNGANISVI QHESPADVPA 960
  961 PLIIQPEQRN LSGGYLVLYK MNYTTRIVTL EEEPVKIQHI KDPQDTITSL ILLPPDILDN1020
 1021 REDDCEEPAE EMQLTSKNGI EREKKSDVST LGHLVVTTQG GYVKVLDLSN FEILAKVEPP1080
 1081 KKEGTEDQDT FVSVIYCSGT DRLCACTKGG ELHFLQIGGT CDDIDEADIL VDGSLSKGIE1140
 1141 PSLEGSRPLS NPSSPGISGV DLLVDQPFTL EILTSLVELT RFETLTPRFS ATVPPCWVEV1200
 1201 QQEQQQRRHP QHLHQQHHGD AAQHTRTWKL QTDSNSWDEH VFELVLPKAC MVGHVDFKFV1260
 1261 LNSTITSVPQ IQVSLLRNRA PGLGKANALN IEVEQNGNPS LVDLNEEMHP MDVEESQCLR1320
 1321 LCPFLEDHKE DILCGPVWLA SGLDLSGHAG MLTLTSPKLV KGMAGGKYRS FLIHIKAVSD1380
 1381 RGADEVCSSG LRPVVRLPSL KQQGHKGYSL ASLLAKVAAG KEKSSNVKNE SAGGTRKSEN1440
 1441 LRGCDLLQEV SVTIRRFKKT SICKERVQRC AMLQFSEFHE KLLNTLCRRS DDGLVTEHAQ1500
 1501 SLVLDTLCWL AGVHSNGPGS SKEGNECLLS KTRTCLSDIV RVCFFEAGRS IAHKCARFLA1560
 1561 LCISNGKCDP YQPGFGSVLL KALLDNMCFL PAAATGGSVY WYFVLLNYVK DEDLAACSTA1620
 1621 CAALLTAVSR QLQDRLTPLE ALLQTRYGLY SSPFDPVLFD LEMSGSSCKN VYNSSIGVQS1680
 1681 DEIDLSDVLS GNGKVSSCTA AEGSFTSLTG LLEVEPLHFT CVSTSDGTRI ERDDASTFTV1740
 1741 SSFGVTPAVG GLSSGTVGEA STALSSAAQV ALQSLSHAMA SAEQQLQVLQ EKQQQLLKLQ1800
 1801 QQKAKLEAKL HQTTAAAAAA ASAAAAAGPV HNAVPSNPVA APGFFIHPSD VIPPTPKTTP1860
 1861 LFMTPPLTPP NEAVSVVINA ELAQLFPGSV IDPPAVNLAA HNKNANKSRM NPLGSGLALA1920
 1921 ISHASHFLQP PPHQSIIIER MHSGARRFVT LDFGRPILLT DVLIPTCGDL ASLSIDIWTL1980
 1981 GEEVDGRRLV VATDISTHSL ILHDLIPPPV CRFMKITVIG RYGSTNARAK IPLGFYYGHT2040
 2041 YILPWESELK LMHDPLRGEG ESANQPEIDQ HLAMMVALQE DIQCRYNLAC HRLEALLQSI2100
 2101 DLPPLNSANN AQYFLRKPDK AVEEDSRVFS AYQDCIQLQL QLNLAHNAVQ RLKVAIGASR2160
 2161 KTLSETSGPE DLIPTSSTEQ LRTIVRYLLD TLLSLLHSSN GHSVPAVLQS TFHAQACEEL2220
 2221 FKHLCISGTP KIRLHTGLLL VQLCGGERWW GQFLSNVLQE LYNSEQLLIF PQDRVFMLLS2280
 2281 CIGQRSLSNS GVLESLLNLL DNLLSPLQPE LTMHRRTEGV LDIPMISWVV MLVSRLLDYV2340
 2341 ATVEDEAAAA KKPLNGNQWS FINNNLHTQS LNRSSKGGSS LDRLYSRKIR KQLVHHKQQL2400
 2401 NLLKAKQKAL VEQMEKEKIQ SNKGSSYKLL VEQAKLKQAT SKHFKDLIRL RRTAEWSRSN2460
 2461 LDTEVTTTKE SPEIEPLPFT LAHDRCISVV QKLVLFLLSM DFTCHADLLL FVCKVLARIA2520
 2521 NATRPTIHLC EIVNEPQLER LLLLLVGTDF NRGDISWGGA WAQYSLTCML QDILAGELLA2580
 2581 PVAAEAMEEG TVSDDVGATA GDSDDSLQQS SVQLLETIDE PLTHEIAGTP PLSSLEKDKE2640
 2641 IDLELLQDLM EADIDPLDID LEKDPLAAKV FKPISSTWYD YWGADYGTYN YNPYIGGLGM2700
 2701 PVAKPPSNTE KNGSQTVSVS VSQALDARLE VGLEQQAELM LKMMSTLEAD SILQALTSTP2760
 2761 PTFSQSPSGT DDSLLGSLQP ANQNSQLIIQ LSSVPMLNVC FNKLFSMLQV HHVQLESLLQ2820
 2821 LWLTLSLNSS SSGNKENGAD IFLYNANRIP VISLNQASIT SFLTVLAWYP NTLLRTWCLV2880
 2881 LHSLTLMTNM QLNSGSSSSI GAQETTAHLL VSDPNLIHVL VKFLSGTSPH GTNQHSPQVG2940
 2941 PTATQAMQEF LTRLQVHLSS TCPQIFSELL LKLIHILSTE RGAFQTGQGP LDAQVKLLEF3000
 3001 TLEQNFEVVS VSTISAVIES VTFLVHHYIT CSDKVMSRSG SDSSVGARAC FGGLFANLIR3060
 3061 PGDAKAVCGE MTRDQLMFDL LKLVNILVQL PLSSNREYSA RVSMTTNTTD SVSDEEKVSG3120
 3121 GKDVNGSNTS IPGSPAYVAD LVLANQQIMS QILSALGLCN SSAMAMIIGA SGLHLTKHEN3180
 3181 FHGGLDAISV GDGLFTILTT LSKKASTVHM MLQPILTYMA CGYMGRQGSL ATCQLSEPLL3240
 3241 WFILRVLDTS DALKAFHDMG GVQLICNNMV TSTRAIVNTA RSMVSTIMKF LDSGPNKAVD3300
 3301 STLKTRILAS EPDNAEGIHN FAPLGTITSS SPTAQPAEVL LQATPPHRRA RSAAWSYIFL3360
 3361 PEEAWCDLTI HLPSAVLLKE IHIQPHLASL ATCPSSVSVE VSADGVNMLP LSTPVVTSGL3420
 3421 TYIKIQLVKA EVASAVCLRL HRPRDASTLG LSQIKLLGLT AFGTTSSATV NNPFLPSEDQ3480
 3481 VSKTSIGWLR LLHHCLTHIS DLEGMMASAA APTANLLQTC AALLMSPYCG MHSPNIEVVL3540
 3541 VKIGLQSTRI GLKLIDILLR NCAASGSDPT DLNSPLLFGR LNGLSSDSTI DILYQLGTTQ3600
 3601 DPGTKDRIQA LLKWVSDSAK MAALKRSGRM NYMCPSSSAV EYGLLMPSPS HLHCVAAILW3660
 3661 HSYELLVEYD LPALLDRELF ELLFNWSMSL PCNVVLKKAV DSLLCSMCHI HPNYFSLLMG3720
 3721 WMGIIPPPVQ CHHRLSMTDD SKKQDLSSSL TDDSKNAQAP LALTESHLAT LASSSQSPEA3780
 3781 IKQLLDSGLP SLLVRSLASF CFSHISYSES IAQSIDNSQD KLRRHHVPQH CNKMPITADL3840
 3841 VAPILRFLTE VGNSHIMKDW LGGSEVNPLW TALLFLLCHS GSTAGGHNLG AQQSSTRSAS3900
 3901 HSSAATTVLT TQQRTAIENA TVAFFLQCIS CHPNNQKLMA QVLCELFQTA PQRGSLPTSG3960
 3961 NISGFVRRLF LQLMLEDEKV TMFLQSPCPL YKGRINATSH VIQHPMFGAG HKFRTLHLPV4020
 4021 STTLSDVLDR VSDTPSITAK LISEQKDDKE KKNHEEKEKV KADNGFQDNY SVVVASGLKS4080
 4081 QSKRAVSSTP PRPPSRRGRA IPDKIGSTSS SADTANKIIT VPVFHLFHRL LAGQPLPAEM4140
 4141 TLAQLLTLLY DRKLPQGYRS IDLTVKLGSK VITDPSLSKT DSFKRLHPEK DHGELIGSCP4200
 4201 EDEALTPSDE CMDGVLDESL LETCPIQSPL QVFAGMGGLA LIAERLPMLY PEVIQQVSAP4260
 4261 VVASTTQEKP KDSDQFEWVT IEQSGELVYE APETIAAEPP PVKSAVQATS PIPAHSLAAF4320
 4321 GLFLRLPGYA EVLLKERKHA QCLLRLVLGV TDDGEGSHIL QSPSANVLPT LPFHVLRSLF4380
 4381 SATPLTTDDG VLLRRMALEI GALHLILVCL SALSHHAPRV PNSSLNQTEP QVSNSHNPTS4440
 4441 TEEQQLYWAK GTGFGTGSTA SGWDVEQALT KQRLEEEHVT CLLQVLASYI NPMSSAVNGE4500
 4501 AQVSPESRAQ NSSALPSVLL ELLSQSCLIP AMSSYLRNDS VLDMARHVPL YRALLELLRA4560
 4561 IASCTSMVPL LLPLSTENGE EEEEEQSECQ TSVGTLLAKM KTCVDTYTNR LRSKRENIKT4620
 4621 GVKPDAPDQE PEGLTLLVPD IQRTAEIVHA ATTNLRQANQ EKKLGEYSKK VAMKPKPLSV4680
 4681 LKSLEEKYVA VMKTLQFDTF EMVSEDDDGK LGFKVNYHYM SQVKNANDAN SAARARRLAQ4740
 4741 EAVTLSTSLP LSSSSSVFVR CDEERLDIMK VLITGPADTP YANGCFEFDV YFPQDYPSSP4800
 4801 PLVNLETTGG HSVRFNPNLY NDGKVCLSIL NTWHGRPEEK WNPQTSSFLQ VLVSVQSLIL4860
 4861 VAEPYFNEPG YERSRGTPSG TQSSREYDGN IRQATVKWAM LEQIRNPSPC FKEVIHKHFY4920
 4921 LKRVEVMAQC EEWIADIQQY SSDKRVGRTM SHHAAALKRH TAQLREELLK LPCPQGLDPD4980
 4981 IEDASPVCRA TAGAEETLTH DHVKPSSSKD IPSDFQL

    Protein Complex Data

    No complex found for this protein.

    Mass Spectrometry Data

    No mass spectrometry results found for this protein.

    Yeast Two-Hybrid Data

    The following interactions contain this protein:

    NOT SHOWING SINGLE HITS. [ Show Single Hits ]

    [View our yeast two-hybrid interpretation guidelines.]

    No yeast two-hybrid interactions found for this protein.

    Microscopy / Localization Data

    New Feature: Upload Your Own Microscopy Data

    No microscopy data found in the PDR for this protein.

    Protein Structure Data



    Philius Transmembrane Prediction:

    Protein predicted to be: GLOBULAR (No transmembrane regions or signal peptide)
    Confidence of classification: 0.31

    Source: Reynolds et al. (2008)

    YRC Informatics Platform - Version 3.0
    Created and Maintained by: Michael Riffle